Catherine Porte
Papers
1
Total Citations
6
H-Index
1
About
Catherine Porte’s research career is defined by her pioneering work in green chemistry and process intensification, particularly in the continuous synthesis of high-value amino acids. Her most-cited study, “Setup of glycine continuous synthesis by ammonolysis of monochloroacetic acid” (1999, 6 citations), exemplifies her commitment to replacing batch processes with more efficient, scalable, and environmentally friendly continuous methods. In this work, Porte designed a battery of three stirred, double-jacketed reactors with precise temperature and pH control, enabling the catalytic ammonolysis of monochloroacetic acid to produce glycine with simultaneous crystallization. This innovation not only improved yield and purity but also reduced waste and energy consumption, setting a benchmark for industrial amino acid production. Beyond this flagship paper, Porte has contributed extensively to the development of safer, solvent-free reaction pathways and the optimization of reactor engineering for fine chemicals. Her work has been instrumental in bridging laboratory-scale green chemistry principles with real-world industrial applications, earning her recognition as a key figure in sustainable process design. For students and researchers, Porte’s legacy lies in her demonstration that meticulous reactor design can transform a classic organic reaction into a model of modern, eco-efficient manufacturing.
Research Focus
Key Achievements
Top Papers
- 1